Samlex 200W Fully Isolated DC-DC Converter - 8A - 30-60V Input - 24V Output

The Samlex 200W Fully Isolated DC-DC Converter delivers regulated 24-volt output from multi-stage input voltage sources, making it the choice for marine electrical systems requiring galvanic isolation between input and output circuits. This isolated DC-DC converter accepts 30–60V input while providing a stable 24.5V output at up to 8 amps, ideal for powering auxiliary equipment, navigation systems, and charging banks aboard fishing vessels and offshore boats.

The 200-watt capacity and isolated topology protect sensitive electronics from ground-loop noise and voltage spikes common in multi-alternator marine installations. With a compact form factor measuring 3 × 2 × 7 inches and weighing 1.5 pounds, the IDC-200C-24 mounts easily in engine compartments, console cabinets, or below-deck equipment racks. High efficiency operation minimizes heat dissipation and power waste, critical considerations for vessels running extended offshore seasons where parasitic loads impact fuel consumption and battery longevity.

Serious anglers and boaters running multiple battery banks, fish finders, VHF radios, LED lighting systems, or autopilots benefit from isolated DC-DC conversion. Weekend fishermen upgrading aging 12V systems to support modern 24V equipment find this converter essential for avoiding the expensive rewiring that direct connection demands. The regulated output voltage ensures compatible operation across equipment with strict voltage tolerance windows, preventing premature failure of navigation electronics and marine accessories.

Samlex America's IDC-200 series represents a proven industrial standard for marine power conversion, chosen by naval contractors and commercial fishing operations where reliability cannot compromise. The Samlex 200W isolated converter addresses the challenge of powering 24V aux systems from alternators, solar arrays, and hybrid charge controllers operating at higher voltage levels without sacrificing noise isolation or output stability.